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Materials for Stretchable Electronics - Electronic Eyeballs, Brain Monitors and Other Applications

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Formal Metadata

Title Materials for Stretchable Electronics - Electronic Eyeballs, Brain Monitors and Other Applications
Author John A. Rogers
Publisher Fermi National Accelerator Laboratory (Fermilab)
Release Date 2009
Language English

Content Metadata

Subject Area Physics
Abstract Electronic circuits that involve transistors and related components on thin plastic sheets or rubber slabs offer mechanical properties (e.g. bendability, stretchability) and other features (e.g. lightweight, rugged construction) which cannot be easily achieved with technologies that use rigid, fragile semiconductor wafer or glass substrates.  Device examples include personal or structural health monitors and electronic eye imagers, in which the electronics must conform to complex curvilinear shapes or flex/stretch during use.  Our recent work accomplishes these technology outcomes by use of single crystal inorganic nanomaterials in
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AV-Portal 3.8.2 (0bb840d79881f4e1b2f2d6f66c37060441d4bb2e)